DK174620B1 - A valve assembly - Google Patents

A valve assembly Download PDF

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Publication number
DK174620B1
DK174620B1 DK200000581A DKPA200000581A DK174620B1 DK 174620 B1 DK174620 B1 DK 174620B1 DK 200000581 A DK200000581 A DK 200000581A DK PA200000581 A DKPA200000581 A DK PA200000581A DK 174620 B1 DK174620 B1 DK 174620B1
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DK
Denmark
Prior art keywords
valve
valve body
cavity
flow passage
actuator button
Prior art date
Application number
DK200000581A
Other languages
Danish (da)
Inventor
Gunnar Norton Svendsen
Original Assignee
Maersk Medical As
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to DK200000581A priority Critical patent/DK174620B1/en
Application filed by Maersk Medical As filed Critical Maersk Medical As
Priority to DK01919240T priority patent/DK1267979T3/en
Priority to EP20010919240 priority patent/EP1267979B1/en
Priority to AT01919240T priority patent/ATE280607T1/en
Priority to ES01919240T priority patent/ES2228837T3/en
Priority to DE60106731T priority patent/DE60106731T2/en
Priority to PCT/DK2001/000232 priority patent/WO2001076673A1/en
Priority to AU2001246400A priority patent/AU2001246400A1/en
Priority to US10/240,882 priority patent/US6811142B2/en
Publication of DK200000581A publication Critical patent/DK200000581A/en
Application granted granted Critical
Publication of DK174620B1 publication Critical patent/DK174620B1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M16/00—Devices for influencing the respiratory system of patients by gas treatment, e.g. mouth-to-mouth respiration; Tracheal tubes
    • A61M16/04—Tracheal tubes
    • A61M16/0463—Tracheal tubes combined with suction tubes, catheters or the like; Outside connections
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
    • A61M1/00—Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems
    • A61M1/71—Suction drainage systems
    • A61M1/74—Suction control
    • A61M1/741—Suction control with means for varying suction manually
    • A61M1/7413—Suction control with means for varying suction manually by changing the cross-section of the line

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  • Health & Medical Sciences (AREA)
  • Heart & Thoracic Surgery (AREA)
  • Public Health (AREA)
  • Pulmonology (AREA)
  • Anesthesiology (AREA)
  • Biomedical Technology (AREA)
  • Hematology (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • General Health & Medical Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Veterinary Medicine (AREA)
  • Emergency Medicine (AREA)
  • Vascular Medicine (AREA)
  • Infusion, Injection, And Reservoir Apparatuses (AREA)
  • Details Of Valves (AREA)
  • Fluid-Driven Valves (AREA)
  • External Artificial Organs (AREA)
  • Temperature-Responsive Valves (AREA)
  • Polarising Elements (AREA)
  • Media Introduction/Drainage Providing Device (AREA)
  • Check Valves (AREA)
  • Compressor (AREA)

Abstract

A valve device (200) for a closed system for endotracheal aspiration of a patient via a catheter. The device (200) comprises a valve chamber (220, 222) that can be connected to a vacuum source and to the catheter, a valve body (250) arranged in the valve chamber (220, 222), a manually operated actuator button (210) for the valve body (215), a coupling (260) engaging the valve body (250) and to the actuator button (210) for transmitting a movement of the actuator button (210) to the valve button (250), a spring device for holding the valve body (250) in the first position. The device is characterised in that the wall (216) that delimits the valve chamber (220, 222) comprises an opening (219) for receiving the valve body (250), that a resilient membrane (253) forms a sealing of the opening (219) within the valve housing (215), that the resilient membrane is connected to the valve body and the valve housing (215), respectively, and that the coupling (260) extends exteriorly relative to the valve housing (215).

Description

DK 174620 B1 iDK 174620 B1 i

En ventilanordningA valve assembly

Den foreliggende opfindelse angår en ventilanordning af den i indledningen af krav 1 angivne art.The present invention relates to a valve assembly of the kind set forth in the preamble of claim 1.

55

Der kendes allerede sådanne ventilanordninger, der er specielt udformede til anvendelse i systemer til endotracheal aspirering af en patient. Der henvises i denne forbindelse til eksempelvis britisk patent nr.There are already known such valve devices specially designed for use in endotracheal aspiration systems of a patient. Reference is made in this connection to, for example, British patent no.

10 2 207 736, US patent nr. 4 569 344 samt fransk patentan søgning nr. 2 682 603. Disse skrifter skal anses for at udgøre en del af nærværende tekst.No. 10,220,736, U.S. Patent No. 4,569,344, and French Patent Application No. 2,682,603. These writings are to be considered as part of this text.

Selv om de kendte ventilanordninger opfylder en lang 15 række af de gældende funktionskrav er de imidlertid alle behæftet med uhensigtsmæssigheder. Disse kan ikke alene henføres til høje fremstillingsomkostninger, men også til konstruktive mangler, der i visse situationer kan reducere ventilanordningernes effektivitet. Ved de kend-20 te ventilanordninger kan der således ske en afsætning af sekret, der suges fra patienten, på selve ventillegemet, hvilket kan medføre tætningsproblemer, når forbindelsen til vakuumkilden afbrydes. Der kan ligeledes forekomme en uheldig opbygning af sekret i det indre af ventilhu-25 set.However, although the known valve devices meet a long range of the applicable functional requirements, they are all subject to disadvantages. These can be attributed not only to high manufacturing costs, but also to constructive deficiencies that in certain situations can reduce the efficiency of the valve devices. Thus, with the known valve devices, secretion sucked from the patient can be deposited on the valve body itself, which can cause sealing problems when the connection to the vacuum source is disconnected. Also, an unfortunate build-up of secretion may occur in the interior of the valve body.

Ved opfindelsen søges tilvejebragt en i forhold til de kendte ventilanordninger forbedret ventilanordning, der ikke alene søger at afhjælpe de beskrevne problemer, men 30 som også kan samles ved en relativt enkel operation under brug af et fåtal af komponenter.The invention seeks to provide an improved valve arrangement relative to the known valve devices which not only seeks to alleviate the problems described, but which can also be assembled by a relatively simple operation using a few components.

2 DK 174620 B12 DK 174620 B1

Dette opnås ved opfindelsen som defineret i krav 1. Ved opfindelsen har ventilkammeret således i hovedsagen ingen bevægelige flader i strømningsvejen for fluidum, der 5 aspireres fra patienten.This is achieved by the invention as defined in claim 1. Thus, in the invention, the valve chamber has substantially no moving surfaces in the flow path of fluid aspirated from the patient.

Ved den i krav 2 angivne, foretrukne udførelsesform tilvejebringes en anordning, der er enkel at betjene, idet et nedadrettet tryk på aktuatorknappen i retning mod 10 ventilkammeret vil give anledning til en tilsvarende nedadrettet bevægelse af ventillegemet, og dermed til en åbning af strømningspassagen gennem ventilkammeret.In the preferred embodiment of claim 2, a device is provided which is easy to operate, a downward pressure of the actuator button towards the valve chamber will cause a corresponding downward movement of the valve body, and thus an opening of the flow passage through the valve chamber. .

Ved den i krav 3 angivne udførelsesform er ventilanord-15 ningen hensigtsmæssigt indesluttet i et aktuatorhus, der har en flade, hvormed brugeren af anordningen kan tilvejebringe en reaktionskraft mod den nedadrettede trykkraft på aktuatorknappen.In the embodiment of claim 3, the valve device is suitably enclosed in an actuator housing having a surface with which the user of the device can provide a reaction force against the downward compressive force of the actuator button.

20 Den fleksible membran, der aftætner åbningen for optagelse af ventillegemet, kan fortrinsvis have fjedrende egenskaber, og kan dermed udgøre fjederindretningen til styring af ventillegemets bevægelse. Den fleksible membran kan med særlig fordel udgøre en integreret del af 25 ventillegemet. Ventillegemet kan endvidere med særlig fordel omfatte indgrebsmidler, der tillader en direkte fastgørelse til koblingsanordningen via komplementære indgrebsmidler dannet på koblingsanordningen.The flexible diaphragm which seals the opening for receiving the valve body may preferably have resilient properties, and may thus constitute the spring device for controlling the movement of the valve body. The flexible diaphragm may with particular advantage form an integral part of the valve body. The valve body may further advantageously comprise engaging means which allow a direct attachment to the coupling device via complementary engaging means formed on the coupling device.

30 Ved at udforme ventilanordningen som angivet i krav 7 opnås selvtætnende egenskaber, idet et undertryk fra va- 3 DK 174620 B1 kuumkilden blot vil medføre en forøget anlægskraft mellem ventillegemet og ventilsædet, når aktuatorknappen befinder sig i sin første position, hvori de to strømningspassager er indbyrdes afspærret.By designing the valve assembly as claimed in claim 7, self-sealing properties are obtained, as a negative pressure from the vacuum source will only cause an increased contact force between the valve body and the valve seat when the actuator button is in its first position in which the two flow passages are mutually blocked.

55

Opfindelsen vil i det følgende blive forklaret nærmere under henvisning til den på tegningen viste udførelses-form. På tegningen er vist følgende: 10 Fig. 1 viser en del af et system til endotracheal ventilering af en patientThe invention will be explained in more detail below with reference to the embodiment shown in the drawing. The drawing shows the following: 10 FIG. Figure 1 shows part of a system for endotracheal ventilation of a patient

Fig. 2 viser en ventilanordning ifølge opfindelsen, set i tværsnit, 15FIG. 2 shows a valve arrangement according to the invention, seen in cross section, 15

Fig. 3 viser vent il anordningen i fig. 2 i eksploderet afbildning, ogFIG. 3 shows the vent of the device of FIG. 2 in exploded view, and

Fig. 4 og 5 viser en del af ventilanordningen vist i 20 fig. 2, i henholdsvis en åben og en lukket position af ventillegemet.FIG. 4 and 5 show part of the valve assembly shown in FIG. 2, in an open and a closed position of the valve body, respectively.

Virkemåden af det i fig. 1 viste system svarer principielt til virkemåden af eksempelvis det i dansk patent-25 ansøgning nr. 32/95 beskrevne system. En fleksibel om-hylning eller muffe 50 er ved sin første ende 52 forbundet med ventilanordningen 200 ifølge opfindelsen og er ved sin anden ende 54 forbundet med en manifold 100. Ventilanordningen 200 er til venstre indrettet til at 30 blive forbundet med en ikke vist sugeindretning for tilvejebringelse af et undertryk i systemet 1. Manifolden 4 DK 174620 B1 100, der fortrinsvis er transparent, er endvidere indrettet til via en kobling 300 at blive forbundet med en slange eller "tube" til endotracheal ventilering af en patient, dvs. en slange, der er indrettet til at blive 5 indført i patientens luftveje med henblik på opretholdelse af en kunstig ventilering af patienten. En åbning 142 i en ventileringsstuds 141 tillader ventilering af patienten ved hjælp af et ikke vist konventionelt apparatur .The mode of operation shown in FIG. 1, in principle, corresponds to the operation of, for example, the system described in Danish Patent Application No. 32/95. A flexible casing or sleeve 50 is connected at its first end 52 to the valve assembly 200 of the invention and at its second end 54 is connected to a manifold 100. The valve assembly 200 is arranged to the left to be connected to a suction device not shown for further providing a vacuum in the system 1. The manifold 4, which is preferably transparent, is further adapted to be connected via a coupling 300 to a tube or "tube" for endotracheal ventilation of a patient, i.e. a tube adapted to be inserted into the patient's airways to maintain an artificial ventilation of the patient. An aperture 142 in a vent nozzle 141 permits ventilation of the patient by means of a conventional apparatus not shown.

1010

Systemet 1 omfatter endvidere på konventionel måde et kateter 40, der strækker sig i det indre af omhylningen 50, og som kan indføres i patientens luftveje for udsugning af sekret. Katetret 40 er ved dets første ende 42 15 fast forbundet med ventilanordningen 200 og er ved dets anden ende 44 forskydeligt optaget i manifolden 100, idet katetret via en pakning 104 er forseglet i forhold til omhylningen 50, så der ikke kan trænge fluidum ind i omhylningen. Pakningen 104 tilvejebringer endvidere en 20 afskrabning fra katetrets 40 yderside af sekret under udtrækning af katetret fra patienten. Det vil forstås, at katetrets anden ende 44 danner en sugespids, der ved samtidig sammenfoldning af omhylningen 50 kan forskydes gennem det indre af manifolden og ind i den ikke viste 25 slange til ventilering af patienten. Ved denne bevægelse føres katetrets ende 44 således mod højre i fig. 1. Herved bliver det muligt at foretage en regelmæssig udsugning af sekret i patientens luftveje, idet operatøren tilslutter systemet 1 til sugeindretningen ved betjening 30 af en aktuatorknap 210 arrangeret i ventilanordningen 200.The system 1 further comprises, in a conventional manner, a catheter 40 which extends into the interior of the casing 50 and which can be inserted into the patient's airways for secretion extraction. The catheter 40 is firmly connected at its first end 42 to the valve assembly 200 and at its other end 44 is slidably accommodated in the manifold 100, the catheter being sealed via a gasket 104 relative to the casing 50 so that fluid cannot penetrate into the casing . The gasket 104 further provides a scraping of the exterior of the catheter 40 of the secretion while withdrawing the catheter from the patient. It will be appreciated that the other end 44 of the catheter forms a suction tip which, upon simultaneous folding of the sheath 50, may be displaced through the interior of the manifold and into the tubing not shown to ventilate the patient. Thus, in this movement, the end 44 of the catheter is directed to the right in FIG. 1. In this way, it becomes possible to perform a regular extraction of secretion in the patient's respiratory tract, the operator connecting the system 1 to the suction device by operating an actuator button 210 arranged in the valve device 200.

5 DK 174620 B15 DK 174620 B1

Fig. 2 viser i nærmere detaljer ventilanordningen 200 ifølge opfindelsen. Ventilanordningen omfatter et aktua-torhus, der generelt er betegnet med henvisningstallet 5 270, og som har et indvendigt hulrum 282. Fra aktuator- huset 270 strækker sig et første cylindrisk rørstykke 235 og et andet cylindrisk rørstykke 240, hvormed venti lanordningen 200 kan forbindes med henholdsvis et sugekateter 40 samt med en ikke vist suge indretning. Det 10 første 235 og det andet 240 rørstykke definerer henholdsvis en første og en anden strømningspassage gennem ventilanordningen 200 og rørstykkernes længdeakser er arrangeret indbyrdes forskudt. Strømningspassagerne udmunder i det indre af ventilanordningen 200 i respektive 15 områder 237, 242. Rundt om det første rørstykke 235 er arrangeret et yderligere, tredje rørstykke 230, hvormed ventilanordningen 200 kan forbindes med den føromtalte omhylning 5 0.FIG. 2 shows in more detail the valve device 200 according to the invention. The valve assembly comprises an actuator housing generally designated by reference numeral 5,270 and having an internal cavity 282. From the actuator housing 270 extends a first cylindrical tube member 235 and a second cylindrical tube member 240 with which the valve member 200 can be connected. a suction catheter 40, respectively, and with a suction device not shown. The first 235 and the second 240 tubes define a first and a second flow passage through the valve means 200, respectively, and the longitudinal axes of the tubes are arranged mutually offset. The flow passages open into the interior of the valve assembly 200 in respective regions 237, 242. Around the first pipe piece 235 is arranged a further third pipe piece 230, with which the valve assembly 200 can be connected to the aforementioned casing 50.

20 Aktuatorhuset 270 er nærmere bestemt defineret af en væg 281 og har en lågdel 272, der fortrinsvis er transparent. Lågdelen 272 har et hængsel 273, hvorved lågdelen 272 kan drejes til en stilling, der giver brugeren adgang til en aktuatorknap 210 arrangeret i det indre . af 25 aktuatorhuset 270. Når lågdelen 272 er lukket kan den fastholdes i indgreb med aktuatorhuset 270 ved hjælp af modhagelignende organer 274, og udgør i denne position en visuel indikation af, at ventilanordningen 200 ikke befinder sig i sugetilstanden. Aktuatorknappen 210 kan 3 0 ved påføring af en nedadrettet trykkraft føres fra den viste position til en anden position, hvori strømnings- c DK 174620 B1 passagen dannet af henholdsvis det første rørstykke 235 og det andet rørstykke 240 bringes i strømningsforbindelse, således som vil blive forklaret nærmere.More specifically, the actuator housing 270 is defined by a wall 281 and has a cover portion 272 which is preferably transparent. The lid part 272 has a hinge 273, whereby the lid part 272 can be turned to a position which gives the user access to an actuator button 210 arranged in the interior. of the actuator housing 270. When the lid portion 272 is closed, it can be held in engagement with the actuator housing 270 by bar-like means 274, and in this position provides a visual indication that the valve assembly 200 is not in the suction state. The actuator button 210 can be applied by applying a downward compressive force from the shown position to a second position, in which the flow formed by the first pipe piece 235 and the second pipe piece 240 is brought into flow, as will be explained. closer.

5 Aktuatorhuset 270 omfatter tillige et ventilhus, der er arrangeret i hulrummet 282 i aktuatorhuset 270, og som afgrænser et indvendigt ventilkammer bestående af et nedre eller første hulrum 220 og et øvre eller andet hulrum 222. Ventilhuset udgør en særskilt del af aktua-10 torhuset 27 0, og ventilhusets væg 216 afgrænser ikke blot ventilkammeret, men også de nævnte rørstykker 23 0, 235 og 240. Rørstykkerne 230, 235 og 240 strækker sig som vist ud fra aktuatorhusets 27 0 indre 282 via åbninger i aktuatorhusets 270 væg 281.The actuator housing 270 also comprises a valve housing arranged in the cavity 282 of the actuator housing 270 defining an internal valve chamber consisting of a lower or first cavity 220 and an upper or second cavity 222. The valve housing constitutes a separate portion of the actuator housing. 27 0, and the wall housing 216 of the valve housing not only defines the valve chamber but also the said pipe pieces 23 0, 235 and 240. The pipe pieces 230, 235 and 240 extend as shown from the interior 282 of the actuator housing 27 through openings in the wall 281 of the actuator housing 270.

15 I ventilkammeret er arrangeret et ventillegeme 250 til at afspærre strømningsforbindelsen mellem det første rørstykke 235 og det andet rørstykke 240. Ventillegemet 250 er arrangeret i det nedre hulrum 220 i ventilhuset 20 og er forspændt, så det i normalstillingen af spærrer forbindelsen mellem de to rørstykker 235, 250. Til dette formål omfatter ventillegemet en første part 252, der har form som en tap med et nedadtil åbent hulrum, og som samvirker med et ventilsæde ved overgangen mellem det 25 øvre 222 og nedre 220 hulrum, samt en anden, fjederlignende part 253, der er indrettet til at tilvejebringe en forspændingskraft, hvormed den første part 252 holdes i tæt anlæg mod ventilsædet i ventillegemets 250 normalstilling. Den første 252 og anden part 253 af ventille-30 gemet 250 er fortrinsvis fremstillet ud i ét af et egnet kunststofmateriale. Ventillegemet 250 er via en kob- 7 DK 174620 B1 lingsanordning 260, der strækker sig udvendigt i forhold til ventilhuset 215, forbundet med aktuatorknappen 210,In the valve chamber, a valve body 250 is arranged to block the flow connection between the first pipe piece 235 and the second pipe piece 240. The valve body 250 is arranged in the lower cavity 220 in the valve housing 20 and is biased so that in the normal position of blocking the connection between the two pipe pieces. 235, 250. For this purpose, the valve body comprises a first portion 252 which is in the form of a pin with a downwardly open cavity and cooperates with a valve seat at the transition between the upper 222 and lower 220 cavities, and a second spring-like portion. 253, which is adapted to provide a biasing force by which the first part 252 is held tightly against the valve seat in the normal position of the valve body 250. Preferably, the first 252 and second portion 253 of valve 30 are made of one of a suitable plastic material. The valve body 250 is connected to the actuator button 210 via a coupling device 260 which extends externally with respect to the valve housing 215.

Koblingsanordningen 260 omfatter som vist et taplignende 5 organ 262, der er indrettet til at kunne fastgøres i det nedadtil åbne hulrum i den første part 252 af ventillegemet 250. Til dette formål har det taplignende organ 262 perifert arrangerede indgrebsmidler 263, der samvirker med komplementære indgrebsmidler arrangeret på den 10 indvendige overflade af hulrummet i det indre af den første part 252 af ventillegemet 250.The coupling device 260 comprises, as shown, a pin-like member 262 adapted to be secured in the downwardly open cavity of the first portion 252 of the valve body 250. For this purpose, the pin-like member 262 has peripherally arranged engagement means 263 which cooperate with complementary engagement means. arranged on the inner surface of the cavity in the interior of the first portion 252 of the valve body 250.

Fig. 2 viser endvidere, hvorledes hulrummet 220 sammen med det yderligere hulrum 222 danner en strømningspassa-15 ge, der forbinder det første rørstykke 235 med det andet rørstykke 240. Det fremgår, at det yderligere hulrum 222 er arrangeret i forlængelse af hulrummet 220, langs en akse A, der strækker sig vinkelret på rørstykkerne 235, 240. Begge hulrum er fortrinsvis rotationssymmetriske 20 omkring aksen A. Når der strømmer fluidum gennem ventil-anordningen 200 vil dette fluidum, efter passage gennem strømningspassagen i rørstykket 235, blive afbøjet efter aksen A for herefter at strømme videre gennem strømningspassagen i rørstykket 240. Under hensyntagen til 25 den senere anvendte terminologi skal hulrummet 222 forstås som beliggende ved ventilhusets 215 øvre eller første side, mens hulrummet 220 skal forstås som beliggende ved ventilhusets 215 nedre eller anden side.FIG. 2 further shows how the cavity 220 together with the additional cavity 222 forms a flow passage connecting the first pipe piece 235 to the second pipe piece 240. It can be seen that the additional cavity 222 is arranged in extension of the cavity 220, along a axis A extending perpendicular to the tubes 235, 240. Both cavities are preferably rotationally symmetrical 20 about the axis A. When fluid flows through the valve assembly 200, this fluid, after passing through the flow passage in the tubing 235, will deflect along the axis A of thereafter to flow further through the flow passage in the pipe piece 240. Taking into account the later terminology used, the cavity 222 is to be understood as located at the upper or first side of the valve housing 215, while the cavity 220 is to be understood as located at the lower or second side of the valve housing 215.

30 I fig. 3 er de komponenter, der indgår i ventilanordningen 200, vist før samlingen. Henvisningstallet 215 mar- 8 DK 174620 B1 kerer ventilhuset, der fortrinsvis er fremstillet som en integreret enhed. Det fremgår, at hulrummene 220, 222 i det indre af ventilhuset 215 udgør hvælvede eller kuppelformede partier af ventilhuset 215. Hulrummet 220 har 5 nederst en åbning 219, der er afgrænset af en rundgående kant 217, som fortrinsvis udstrækker sig i et plan vinkelret på aksen A. Åbningen 219 tillader montering af ventillegemet 250.In FIG. 3, the components included in the valve assembly 200 are shown prior to assembly. Reference numeral 215 marks the valve body, which is preferably manufactured as an integrated unit. It can be seen that the cavities 220, 222 in the interior of the valve housing 215 constitute vaulted or dome-shaped portions of the valve housing 215. The cavity 220 has at the bottom an opening 219 which is defined by a circular edge 217, which preferably extends in a plane perpendicular to the axis A. The opening 219 allows mounting of the valve body 250.

10 Det fremgår af fig. 3, at den første part 252 af ventillegemet 250 har en taplignende form, mens den anden part 253 udgøres af en fleksibel, kopformet membran, der virker som en fjeder. Den fleksible membran tilvejebringer den egentlige aftætning af åbningen 219 i ventilhuset 15 215, og membranen fastgøres fortrinsvis til kanten 217, der afgrænser åbningen 219, via et ringformet fikseringslegeme 255, der fastsvejses til henholdsvis kanten 217 af ventilhuset 215 og til en rundgående kant 251 på ventillegemet 250. Fig. 3 viser endvidere koblingsanord-20 ningen 260, der forbinder aktuatorknappen 210 med ventillegemet 250. Koblingsanordningen 260 omfatter en anlægsflade 265, hvormed koblingsanordningen 260 kan samvirke med aktuatorknappen 210.10 It can be seen from FIG. 3, the first portion 252 of the valve body 250 has a pin-like shape, while the second portion 253 is constituted by a flexible cup-shaped membrane acting as a spring. The flexible diaphragm provides the actual sealing of the opening 219 of the valve housing 15 215, and the diaphragm is preferably attached to the edge 217 defining the opening 219 via an annular fixing member 255 which is welded to the edge 217 of the valve housing 215 and to a circular edge 251, respectively. valve body 250. FIG. 3 also shows the coupling device 260 connecting the actuator button 210 to the valve body 250. The coupling device 260 comprises a contact surface 265 with which the coupling device 260 can cooperate with the actuator button 210.

25 Det fremgår videre af fig. 3, hvorledes aktuatorhuset 270 med fordel kan være dannet af to halvparter 275, 280, der er indrettet til at kunne samles. I samlet tilstand danner de to halvparter 275, 280 en omslutning omkring ventilhuset 215, med aktuatorknappen 210 liggende 3 0 an mod koblingsanordningen 260, der er forblindet med ventillegemet 250, som igen er tæt forbundet med ventil- 9 DK 174620 B1 huset 215. Den øvre halvpart 275 har en udskæring, hvormed brugeren kan opnå adgang til aktuatorknappen 210.25 It is further apparent from FIG. 3, how the actuator housing 270 can advantageously be formed by two half-parts 275, 280 arranged for assembly. In aggregate, the two half-parts 275, 280 form an enclosure around the valve body 215, with the actuator button 210 abutting against the coupling device 260, which is blinded by the valve body 250, which in turn is closely connected to the valve body 215. upper half 275 has a cutout by which the user can access the actuator button 210.

Både aktuatorknappen 210 og koblingsanordningen 260 er forsynet med recesser med respektive bundkanter 213, 5 261, hvis formål vil fremgå nedenfor.Both the actuator button 210 and the coupling device 260 are provided with recesses with respective bottom edges 213, 5,261, the purpose of which will appear below.

Der henvises nu til fig. 4 og 5, der viser ventilanordningen i henholdsvis en første og anden yderposition af ventillegemet 250. Figurerne viser for enkelthedens 10 skyld ventilanordningen 200 uden den øvre halvpart 275 af aktuatorhuset 270.Referring now to FIG. 4 and 5 showing the valve assembly in a first and second outer positions of the valve body 250, respectively. The figures show, for the sake of simplicity 10, the valve assembly 200 without the upper half 275 of the actuator housing 270.

Ved den i fig. 4 viste position af ventillegemet 250 er den første part 252 forskudt nedad langs aksen A, dvs.In the embodiment shown in FIG. 4, the first portion 252 is displaced downwardly along axis A, i.

15 bort fra ventilhusets 215 ventilsæde 225, der er dannet ved overgangen mellem det nedre hulrum 220 og det øvre hulrum 222. Denne forskydningsbevægelse er mulig, fordi ventillegemets 250 anden, kopformede part 253 er fleksibel og kan antage den i fig. 4 skitserede stilling, 20 hvori der er opbygget indvendige spændinger i den kop-formede part 253, der søger af bringe den første part 252 af ventillegemet i anlæg mod ventilsædet 225.15 away from the valve seat 225 of the valve body 215 formed at the transition between the lower cavity 220 and the upper cavity 222. This displacement movement is possible because the second cup-shaped portion 253 of the valve body 250 is flexible and can assume the position shown in FIG. 4 outlines position 20 in which internal stresses are built up in the cup-shaped portion 253 which seeks to bring the first portion 252 of the valve body into contact with the valve seat 225.

Som tidligere nævnt har såvel aktuatorknappen 210 som 25 koblingsanordningen 260 respektive bundkanter 213, 261, der danner begrænsninger for aktuatorknappens 210 henholdsvis koblingsanordningens 260 bevægelse langs aksen A. Det vil forstås, at bundkanten 213 er således arrangeret, at brugeren kan nedpresse aktuatorknappen 210 i 30 et sådant omfang, at ventillegemets første part 252 i vidt omfang bringes helt ud af strømningsbanen for flui- DK 174620 B1 10 dum, der strømmer gennem hulrummene 220, 222, idet styrken og fleksibiliteten af ventillegemets 250 anden del 253 er afpasset efter denne maksimale bevægelse langs aksen A. Omvendt vil bundkanten 261 på koblingsanordnin-5 gen 260 fortrinsvis være udformet, så den ligger an mod et område 218 af ventilhuset 215 i ventillegemets 250 lukkeposition. Herved kan sikres, at ventillegemets første part 252 ligger an mod ventilsædet 225 med en vis anlægskraft, idet en fuldstændig aflastning af de indre 10 spændinger i ventillegemets anden part 253 kan undgås.As previously mentioned, both the actuator button 210 and the coupling device 260 have respective bottom edges 213, 261, which constrain the movement of the actuator button 210 and the coupling device 260 along the axis A. It will be understood that the bottom edge 213 is arranged so that the user can depress the actuator button 210 in 30. such an extent that the first portion 252 of the valve body is extensively extended completely out of the flow path of fluid passing through the cavities 220, 222, the strength and flexibility of the second portion 253 of the valve body 250 being adapted to this maximum movement along the axis A. Conversely, the bottom edge 261 of the coupling device 260 will preferably be formed to abut an area 218 of the valve housing 215 in the closing position of the valve body 250. Hereby it can be ensured that the first part 252 of the valve body abuts against the valve seat 225 with a certain abutment force, as a complete relief of the internal stresses in the second part 253 of the valve body can be avoided.

Det er en vigtig egenskab ved opfindelsen, at koblingsanordningen 260, der forbinder ventillegemet 250 med ak-tuatorknappen 210, strækker sig uden for hulrummene 220, 15 222, dvs. uden for selve ventilhuset 215. Derved sikres en uhindret gennemstrømning af fluidum gennem ventilanordningen 200. Det vil samtidig observeres, at et undertryk ved rørstykket 240 vil bibringe ventilanordningen 200 selvtætnende egenskaber, idet undertrykket, når ven-20 tillegemet 250 befinder sig i den i fig. 5 viste lukkeposition, vil medføre en forøgelse af tætningen mellem ventillegemet 250 og ventilsædet 225.It is an important feature of the invention that the coupling device 260 connecting the valve body 250 to the actuator button 210 extends beyond the cavities 220, 222, i.e. outside the valve body 215. This ensures an unobstructed flow of fluid through the valve means 200. At the same time, it will be observed that a negative pressure at the pipe piece 240 will impart self-sealing properties to the valve means 200, when the venous body 250 is in the position shown in FIG. . 5 will increase the seal between the valve body 250 and the valve seat 225.

Fig. 5 viser den anden tilstand af ventillegemet 250, i 25 hvilken tilstand den første part 252 ligger an mod ventilsædet 225. Af denne tegning fremgår, at der i mellemrummet mellem det første rørstykke 235 og det tredje rørstykke 230 er dannet en snæver passage 232, der er indrettet til at forbinde det indre af omhylningen 50 30 med det fri. Passagen 232 udmunder fortrinsvis i et filter 208, der tjener til at sikre en udskillelse af et 11 DK 174620 B1 eventuelt indhold af skadelige stoffer i luften i omhyl-ningen. Passagen tillader en fortrængning og indsugning af luft i omhylningen 50, når omhylningen henholdsvis kollapses og udstrækkes ved brug af kateteret 40. Luften 5 kan således passere langs den med linien L angivne vej i fig. 2. Fig. 5 viser endvidere ventilanordningen 200 uden den i fig. 2 viste fastgørelsesbøsning 205, hvormed omhylningen 50 kan fastgøres omkring rørstykket 230. Fastgørelsesbøsningen 205 fastklipses nærmere bestemt 10 til rørstykket via en monteringsflange 206, og omhylningen fastholdes ved friktionsindgreb mellem overfladerne af fastgørelsesbøsningen 205 og rørstykket 230.FIG. 5 shows the second state of the valve body 250, in which state the first part 252 abuts the valve seat 225. It is clear from this drawing that a narrow passage 232 is formed in the space between the first pipe piece 235 and the third pipe piece 230. is arranged to connect the interior of the casing 50 30 to the outside. The passage 232 preferably opens in a filter 208 which serves to ensure the secretion of any content of harmful substances in the air in the casing. The passage allows a displacement and suction of air into the casing 50 when the casing is collapsed and extended, respectively, by using the catheter 40. The air 5 can thus pass along the path indicated by the line L in FIG. 2. FIG. 5 further shows the valve device 200 without the one shown in FIG. 2, the casing 50 can be secured around the pipe piece 230. The fixing bush 205 is more precisely clipped to the pipe piece via a mounting flange 206 and the casing is held by friction between the surfaces of the fixing bush 205 and the pipe piece 230.

Det vil af det ovenstående forstås, at en bruger af ven-15 tilanordningen først vil åbne lågdelen 272 og dermed holde med håndfladen omkring den nedre halvpart 280 af aktuatorhuset. For at tillade gennemstrømning af fluidum gennem ventilanordningen 200 presser brugeren herefter aktuatorknappen 210 nedad, indtil bundkanten 213 ligger 20 an mod overfladen af ventilhuset 215 i et område 218'.It will be understood from the foregoing that a user of the turning device will first open the lid portion 272 and thus hold with the palm about the lower half 280 of the actuator housing. To allow fluid flow through the valve assembly 200, the user then presses the actuator button 210 downwardly until the bottom edge 213 abuts against the surface of the valve housing 215 in a region 218 '.

Claims (10)

1. Ventilanordning (200) til et lukket system til endotracheal aspiration af en patient via et kateter, 5 hvilken ventilanordning (200) omfatter: en væg (216), der afgrænser et ventilkammer (220, 222) , en første strømningspassage (235), hvormed ventil- 10 kammeret (220, 222) kan forbindes med det nævnte kateter, - en anden strømningspassage (240), hvormed ventilkammeret (220, 222) kan forbindes med en vakuumkilde, 15. et ventillegeme arrangeret i ventilkammeret (220, 222. og indrettet til at kunne føres langs en akse A fra en første position, i hvilken den første (235) og den anden (240) strømningspassage er adskilt fra hinanden til en anden position, i hvilken 20 den første (235) og den anden (240) strømningspas sage står i indbyrdes forbindelse - en manuelt betjent aktuatorknap (210) for ventillegemet, hvilken aktuatorknap (210) er indrettet til at kunne bevæges mellem en første position og en 25 anden position, en koblingsanordning (260) der er forbundet med ventillegemet og med aktuatorknappen (210) for at overføre bevægelsen af aktuatorknappen (210) til ventillegemet (250), 30. en fjederindretning til at holde ventillegemet i den nævnte første position, DK 174620 B1 kendetegnet ved, - at væggen (216) omfatter en åbning (219) for opta- 5 gelse af ventillegemet (252), at en fleksibel membran (253) danner en aftætning af den nævnte åbning (219) i ventilhuset (215), - at den fleksible membran (253) er forbundet med henholdsvis ventillegemet (252) og med ventilhuset 10 (215), og - at koblingsanordningen (260) strækker sig udvendigt i forhold til ventilkammeret (220, 222) .A valve device (200) for a closed system for endotracheal aspiration of a patient via a catheter, the valve device (200) comprising: a wall (216) defining a valve chamber (220, 222), a first flow passage (235) by which the valve chamber (220, 222) can be connected to said catheter, - a second flow passage (240) by which the valve chamber (220, 222) can be connected to a vacuum source, a valve body arranged in the valve chamber (220, 222). and arranged to be able to pass along an axis A from a first position in which the first (235) and the second (240) flow passage are separated from each other to a second position, in which the first (235) and the second (240) flow passage case is interconnected - a manually operated actuator button (210) for the valve body, which actuator button (210) is arranged to be movable between a first position and a second position, a coupling device (260) connected with the valve body and with the actuator button (210) for transmitting the movement of the actuator button (210) to the valve body (250), a spring device for holding the valve body in said first position, characterized in that - the wall (216) comprises an opening (219) for receiving the valve body (252), a flexible diaphragm (253) forming a seal of said opening (219) in the valve body (215), - the flexible diaphragm (253) being connected to the valve body (252) and the valve housing 10 (215), respectively, and - the coupling device (260) extends externally with respect to the valve chamber (220, 222). 2. Ventilanordning ifølge krav 1, kende teg-15 net ved, at - at aktuatorknappen (210) er arrangeret ved en første side af ventilkammeret (220, 222), og - at koblingsanordningen (260) er arrangeret ved en 20 modstående side af ventilkammeret (220, 222).Valve device according to claim 1, characterized in that - that the actuator button (210) is arranged at a first side of the valve chamber (220, 222) and - that the coupling device (260) is arranged at an opposite side of the valve chamber (220, 222). 3. Ventilanordning ifølge krav 2, kendetegne t ved, - at et aktuatorhus (270) omslutter ventilkammeret 25 (220, 222) og koblingsanordningen (260), og - at aktuatorhuset (270) omfatter en adgangsåbning, der tillader adgang til aktuatorknappen (210).Valve device according to claim 2, characterized in that - an actuator housing (270) encloses the valve chamber 25 (220, 222) and the coupling device (260), and - that the actuator housing (270) comprises an access opening allowing access to the actuator button (210). ). 4. Ventilanordning ifølge et hvilket som helst af de fo-30 regående krav, kendetegnet ved, at den DK 174620 B1 fleksible membran (253) danner den nævnte fjederindret-ning.Valve device according to any one of the preceding claims, characterized in that the flexible membrane (253) of the DK 174620 B1 forms the said spring device. 5. Ventilanordning ifølge et hvilket som helst af de fo-5 regående krav, kendetegnet ved, at ventillegemet (252) omfatter en bort fra ventilkammeret (220, 222) indre vendt hulhed med første indgrebsmidler, 10. at koblingsanordningen (260) omfatter et taplignen de organ (262) med andre indgrebsmidler (263) indrettet til at samvirke med de nævnte første indgrebsmidler .Valve device according to any one of the preceding claims, characterized in that the valve body (252) comprises a cavity (252) which faces away from the valve chamber (220, 222) with the first engagement means, 10. that the coupling device (260) comprises a tap the body (262) with other means of engagement (263) arranged to cooperate with said first means of engagement. 6. Ventilanordning ifølge et hvilket som helst af de fo regående krav, kendetegnet ved, at ventilkammeret er dannet af et første hvælvet hulrum (220) og et over det første hulrum beliggende andet hvælvet hulrum (222), 20. at det første (220) og det andet (222) hulrum er rotationssymmetriske i forhold til aksen A, at det første hulrum (220) udmunder i åbningen (219), og at overgangen mellem det første (220) og det andet 25 (222) hulrum danner et ventilsæde (225) .Valve device according to any of the preceding claims, characterized in that the valve chamber is formed by a first vaulted cavity (220) and a second vaulted cavity (222) located above the first cavity, 20. the first (220) ) and the second (222) cavity are rotationally symmetrical with respect to axis A, that the first cavity (220) opens into the opening (219) and that the transition between the first (220) and second 25 (222) cavities forms a valve seat (225). 7. Ventilanordning ifølge det foregående krav, kendetegnet ved, - at den første strømningspassage (235) er indrettet 30 til at udmunde i det første hulrum (220), og DK 174620 B1 - at den anden strømningspassage (240) er indrettet til at udmunde i det andet hulrum (222) .Valve device according to the preceding claim, characterized in that - the first flow passage (235) is arranged to open in the first cavity (220) and DK 174620 B1 - that the second flow passage (240) is arranged to open in the second cavity (222). 8. Ventilanordning ifølge et hvilket som helst af de fo-5 regående krav, kendetegnet ved, at koblingsanordningen (260) og aktuatorknappen (210) er dannet ud i ét.Valve device according to any of the preceding claims, characterized in that the coupling device (260) and the actuator button (210) are formed in one. 9. Ventilanordning ifølge et hvilket som helst af de fo- 10 regående krav, kendetegnet ved, - at en tredje strømningspassage (230) omslutter den nævnte første strømningspassage (235), - at væggen (216) tillige definerer en passage (232), der ved en første ende udmunder i den nævnte tredje 15 strømningspassage (230), og som ved den anden ende udmunder i det fri.Valve assembly according to any one of the preceding claims, characterized in that - a third flow passage (230) encloses said first flow passage (235) - that the wall (216) also defines a passage (232), which at a first end opens into said third flow passage (230) and which at the other end opens freely. 10. Ventilanordning ifølge det foregående krav, kendetegnet ved, at passagen (232) tillige 20 omfatter et filterorgan (208).Valve device according to the preceding claim, characterized in that the passage (232) also comprises a filter means (208).
DK200000581A 2000-04-06 2000-04-06 A valve assembly DK174620B1 (en)

Priority Applications (9)

Application Number Priority Date Filing Date Title
DK200000581A DK174620B1 (en) 2000-04-06 2000-04-06 A valve assembly
EP20010919240 EP1267979B1 (en) 2000-04-06 2001-04-05 A valve device
AT01919240T ATE280607T1 (en) 2000-04-06 2001-04-05 VALVE DEVICE
ES01919240T ES2228837T3 (en) 2000-04-06 2001-04-05 VALVE DEVICES.
DK01919240T DK1267979T3 (en) 2000-04-06 2001-04-05 A valve assembly
DE60106731T DE60106731T2 (en) 2000-04-06 2001-04-05 VALVE DEVICE
PCT/DK2001/000232 WO2001076673A1 (en) 2000-04-06 2001-04-05 A valve device
AU2001246400A AU2001246400A1 (en) 2000-04-06 2001-04-05 A valve device
US10/240,882 US6811142B2 (en) 2000-04-06 2001-04-05 Valve device

Applications Claiming Priority (2)

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DK200000581 2000-04-06
DK200000581A DK174620B1 (en) 2000-04-06 2000-04-06 A valve assembly

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DK200000581A DK200000581A (en) 2001-10-07
DK174620B1 true DK174620B1 (en) 2003-07-28

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DK200000581A DK174620B1 (en) 2000-04-06 2000-04-06 A valve assembly
DK01919240T DK1267979T3 (en) 2000-04-06 2001-04-05 A valve assembly

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US (1) US6811142B2 (en)
EP (1) EP1267979B1 (en)
AT (1) ATE280607T1 (en)
AU (1) AU2001246400A1 (en)
DE (1) DE60106731T2 (en)
DK (2) DK174620B1 (en)
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WO (1) WO2001076673A1 (en)

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EP1267979A1 (en) 2003-01-02
ES2228837T3 (en) 2005-04-16
DK1267979T3 (en) 2005-02-14
EP1267979B1 (en) 2004-10-27
WO2001076673A1 (en) 2001-10-18
DE60106731T2 (en) 2005-12-15
AU2001246400A1 (en) 2001-10-23
DK200000581A (en) 2001-10-07
US6811142B2 (en) 2004-11-02
ATE280607T1 (en) 2004-11-15
DE60106731D1 (en) 2004-12-02
US20030047704A1 (en) 2003-03-13

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